Question 12 marks
Question
These are the first eight terms of a sequence. c -3 -9 -15 -21 -27 -33 k Find the value of c and the value of k. c = …… k = …… [2]
Mark scheme
1 [c =] 3 2 B1 for each [k =] –39 or SC1 for c = –39 and k = 3
Free until 14 Nov · 80% off for the first 100 · Pricing
Cambridge IGCSE Mathematics (0580), Paper 2 (Extended), October/November 2024. Read both free below, or download them. Done the paper? Get it marked by AI against this mark scheme.
0580_w24_qp_220580_w24_ms_220580/22/O/N/24
Each question as it's printed, and the mark scheme's points for it, as text. Diagrams, tables and graphs are in the PDFs above.
Question
These are the first eight terms of a sequence. c -3 -9 -15 -21 -27 -33 k Find the value of c and the value of k. c = …… k = …… [2]
Mark scheme
1 [c =] 3 2 B1 for each [k =] –39 or SC1 for c = –39 and k = 3
Question
The diagram shows an isosceles triangle. x° NOT TO SCALE 43° Find the value of x. x = …… [2]
Mark scheme
2 94 2 M1 for x + 2 × 43 = 180 oe
Question
1 0.25 3.142 3 -3 24 - 0.4 1.2 - 4 Complete each statement with a number from the list. …… is a natural number. …… is an irrational number. …… is the reciprocal of 4. [3]
Mark scheme
3 24 3 B1 for each 3 0.25
Question
The scatter diagram shows the number of rooms and the number of people in each of eight buildings. 70 60 50 40 Number of rooms 30 20 10 0 0 10 20 30 40 50 60 70 80 Number of people (a) One of the buildings has 67 rooms. Write down the number of people in this building. …… [1] (b) In another building there are 42 people and 33 rooms. On the scatter diagram, plot this point. [1] (c) (i) On the scatter diagram, draw a line of best fit. [1] (ii) There are 45 people in a different building. Find an estimate for the number of rooms in this building. …… [1] (d) What type of correlation is shown in the scatter diagram? …… [1]
Mark scheme
4(a) 76 1 4(b) Point correctly plotted at 1 (42, 33) 4(c)(i) Correct ruled line of best fit 1 4(c)(ii) An integer in the range 1 27 to 33 FT their line of best fit provided line shows positive correlation and answer is an integer 4(d) Positive 1
Question
Convert 7.51 m 2 into cm 2 . …… cm 2 [1]
Mark scheme
5 75 100 1
Question
The diagram shows a trapezium. NOT TO 9.5 cm x cm SCALE 6 cm The area of the trapezium is 42 cm 2 . Calculate the value of x. x = …… [2] 2 6
Mark scheme
6 4.5 oe 2 1 M1 for × 6 × ( x + 9.5) = 42 oe 2 2 or 42 × −9.5 oe 6
Question
Without using a calculator, work out ' . 7 11 You must show all your working and give your answer as a fraction in its simplest form. …… [2]
Mark scheme
7 2 11 M1 × or 7 6 22 42 ÷ oe with common 77 77 denominator 11 A1 cao 21
Question
The diagram shows a parallelogram. (132 – 2x)° NOT TO SCALE (15 + 5x)° Work out the size of the smallest interior angle of the parallelogram. …… [4]
Mark scheme
8 70 4 B3 for x = 11 OR M1 for 132 – 2x + 15 + 5x = 180 oe M1 for collecting x terms on one side and number terms on the other for their equation. M1 for 15 + 5 × their x oe where –3 < their x < 15 or for 132 – 2 × their x oe where 21 < their x < 66
Question
A B NOT TO SCALE D C Points A, B, C and D lie on a circle. ABCD is a square with area 72 cm 2 . Calculate the area of the circle. Give your answer as a multiple of r . …… cm 2 [3] 3
Mark scheme
9 36π cao 3 B2 for answer 113 or 113.0 to 113.1… or an answer in terms of π which rounds to 113 or M1 for correct first step for finding d or r e.g. 72 + 72 = d 2 oe 2 2 72 72 72 = r + r oe or + = r oe 2 2 2 2 2 r 72 = oe sin45 1 72 ×r×r= oe 2 4
Question
Calculate 1 + 10.9 # 0.4 2 . …… [1]
Mark scheme
10 1.4 oe 1
Question
Factorise fully. (a) 24x 2 - 9xy …… [2] (b) 63x 2 - 28y 2 …… [3] 12 y is directly proportional to the square root of x + 1. y = 10.5 when x = 8 . Find y when x = 1.56 . y = …… [3]
Mark scheme
11(a) 3x(8x – 3y) final answer 2 B1 for 3(8x2 – 3xy) or x(24x – 9y) or 3x(8x – 3y) seen then spoilt 11(b) 7(3x + 2y)(3x – 2y) final answer 3 B2 for (21x + 14y)(3x – 2y) or (3x + 2y)(21x – 14y) or 7(3x + 2y)(3x – 2y) seen then spoilt or M1 for 7(9x2 – 4y2) or [...](3x + 2y)(3x – 2y)
Question
In the question paper above.
Mark scheme
12 5.6 oe 3 M1 for y = k x + 1 oe M1 for y = their k 1.56 + 1 oe
Question
y 5 4 3 2 1 –5 –4 –3 –2 –1 0 1 2 3 4 5 x –1 –2 –3 –4 –5 The region R satisfies these inequalities. -3 1 y G 2 y G x-1 By drawing suitable straight lines and shading unwanted regions, find and label the region R. [4]
Mark scheme
13 4 B1 for y = 2 solid line B1 for y = x – 1 solid line B1 for y = –3 dashed line B1 for correct region identified satisfying the given inequalities R
Question
20 NOT TO SCALE Speed (m/s) 0 0 10 17 Time (seconds) The diagram shows the speed–time graph for 17 seconds of a car journey. (a) Find the acceleration of the car during the first 10 seconds. …… m/s 2 [1] (b) Calculate the total distance travelled by the car during the 17 seconds. …… m [3]
Mark scheme
14(a) 2 1 14(b) 240 3 M2 for correct complete area statement 1 e.g. × 20 × 10 + 7 × 20 oe 2 or M1 for one correct area
Question
At the start of an experiment there are 40 000 bacteria. The number of bacteria increases at a rate of 15% per hour. Calculate the number of bacteria after 3 hours. …… [2] 16 75 people are asked if they have a car, C, and if they have a job, J. The Venn diagram shows the results. % C J 9 51 13 2 A person is chosen at random from those who have a car. Find the probability that this person also has a job. …… [1]
Mark scheme
15 60835 2 15 3 M1 for 40 000× 1 + oe 100
Question
In the question paper above.
Mark scheme
16 17 1 oe 20
Question
A B 64° D x° O NOT TO SCALE C A, B and C are points on the circumference of a circle with centre O. DA and DC are tangents to the circle. Angle ABC = 64°. Work out the value of x. x = …… [2]
Mark scheme
17 52 2 M1 for 360 – 90 – 90 – 128 oe or B1 for [obtuse angle] AOC = 128 or AOD or COD = 64 or DAO or DCO = 90
Question
(a) % = {8 # 10 -1 , 0.8o , 8%, 0.08} A = { a: 0.08 1 a G 0.8 } B = { b: b H 0.8 } % A B Complete the Venn diagram. [3] (b) Shade the region (A , C ) + Bl in the Venn diagram. % A B C [1]
Mark scheme
18(a) 3 B2 for three correctly placed A B or B1 for two correctly placed or correct conversion ξ0.08 8 × 10–1 0. 8ሶ of 8 × 10–1, 8% and 0.08 to 0.8, 0.08, 0.2[8…] or 0.3 8% 18(b) 1 A B C
Question
4.3 cm NOT TO SCALE 11.9 cm A solid is made from a cylinder and a hemisphere, both of radius 4.3 cm. The cylinder has length 11.9 cm. (a) Calculate the volume of the solid. 4 [The volume, V, of a sphere with radius r is V = rr 3 .] 3 …… cm 3 [3] (b) Calculate the total surface area of the solid. [The surface area, A, of a sphere with radius r is A = 4rr 2 .] …… cm 2 [4]
Mark scheme
19(a) 858 or 857.7 to 857.9 3 1 4 M2 for × × π × 4.33 + π × 4.32 × 11.9 oe 2 3 1 4 or M1 for × × π × 4.33 2 3 or π × 4.32 × 11.9 19(b) 496 or 495.7 to 495.8… 4 M3 for 1 × 4 × π × 4.32 + π × 4.32 + 2 × π × 4.3 ×11.9 2 oe OR M1 for π × 4.32 × k where k is a whole number M1 for 2 × π × 4.3 × 11.9
Question
Find an expression for the nth term of this sequence. 1 , 1, 7, 49, 343, 2401, … 7 …… [2]
Mark scheme
20 7n – 2 oe final answer 2 M1 for recognition of terms being powers of 7
Question
Expand and simplify. (x + 3) (x + 5) (2x + 1) …… [3]
Mark scheme
21 2x3 + 17x2 + 38x + 15 3 B2 for correct expansion of the three brackets final answer unsimplified or for simplified four-term expression of correct form with three terms correct or B1 for correct expansion of two of the given brackets with at least three terms out of four correct
Question
A is the point (17, 9) and B is the point (23, 39). Find the equation of the perpendicular bisector of line AB. Give your answer in the form y = mx + c . y = …… [5] Question 23 is printed on the next page.
Mark scheme
22 1 5 [y =] – x + 28 final answer B1 for midpoint (20, 24) soi 5 39 − 9 M1 for [gradient = ] oe 23 − 17 −1 M1 for their gradient M1 for substitution of their midpoint into their y = mx + c oe
Question
NOT TO SCALE x cm 3.5 cm Small box Large box The small box is mathematically similar to the large box. The volume of the large box is 72.8% greater than the volume of the small box. The small box has length 3.5 cm and the large box has length x cm. Calculate the value of x. x = …… [3]
Mark scheme
23 4.2 oe 3 72.8 M2 for 3 1 + × 3.5 oe 100 3 172.8 or M1 for 3 oe 100 3 100 or 3 oe 172.8 x3 172.8 or 3 = oe 3.5 100
Checked your answers against these? Let AI mark the whole paper, on your own working.
Mark my 0580/22Examiners follow the generic marking principles at the front of the scheme, then each question's points: method (M), accuracy (A) and independent (B) marks, error carried forward where the scheme allows it, and positive marking, so you're credited for what you got right.
Done this paper? Upload your script and CIE Buddy's AI marker marks it question by question against this exact scheme, puts the ticks on your own working and says what each lost mark needed.
Question papers and mark schemes © Cambridge University Press & Assessment. CIE Buddy is independent and not connected to Cambridge.
On this page, free: the mark scheme for IGCSE Mathematics 0580/22, October/November 2024 (0580_w24_ms_22), and the question paper (0580_w24_qp_22), to read or download, with each question's marking points written out underneath.
Mathematics 0580/22 for October/November 2024 is out of 70 marks, with 1 hour 30 minutes to answer it.
Yes. Upload your answers to 0580/22/O/N/24 as a PDF or photos, and CIE Buddy marks every question against this paper's official mark scheme, using Cambridge's marking rules. You get your score, each lost mark explained on your own script, and the topics to revise. It's a guide, not an official Cambridge grade.